LED Under Cabinet Light Illuminate dark spaces with bright, comfortable LED lighting designed for versatility and durability. This rechargeable LED light features a TypeC charging port, made with 5050 brightness bicolor LED beads, an LED lens with 95% transmittance, and a robust aerospacegrade aluminum casing. Lightweight yet powerful, it delivers brightness with a long service life, outperforming other cabinet lights on the market. Key Features: Three selectable light colors: warm white (3000K), natural white (4000K), and cool white (6000K) for different settings and moods. Two lighting modes: motion sensor mode for automatic illumination and energy savings, and constant light mode for continuous brightness. Builtin infrared motion sensor with a wide 120degree detection angle and a 3meter sensing range. Automatically turns off after 15 seconds of no movement, conserving battery life. Rechargeable 2900mAh battery for longlasting performance. Fully charges in 2 hours. In induction mode: lasts up to 90 days on a single charge. In constant light mode: 4 to 8 hours run time. Energyefficient design ensures the light does not switch on during daytime or when ambient light is sufficient. Installation: No tools required. The light can be mounted on any iron surface using its magnetic backing or installed on nonmetal surfaces using the included adhesive tape and iron plate. The design allows for effortless removal for recharging or relocation. Size and Build: Compact and slim profile suitable for tight spaces. Durable aluminum housing ensures strength and heat dissipation for longer LED performance. Use Scenarios: Under kitchen cabinets for improved countertop visibility while cooking. Inside wardrobes or closets for quick access to clothes and accessories in lowlight conditions. In hallways or staircases as a motionactivated guide light at night. This LED under cabinet light combines brightness, versatile color options, energy savings, and easy installation, making it an ideal lighting solution for any dark or hardtoreach area.